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Array in emu8086
Array in emu8086








array in emu8086
  1. #ARRAY IN EMU8086 SOFTWARE#
  2. #ARRAY IN EMU8086 CODE#

LOOP 40C: decrease the value of CX by 1 and check whether Zero Flag is set(1) or not.XCHG DL, : swaps the content of DL with content at offset BX.

array in emu8086

  • JNZ 417: jumps to offset 0417, if zero flag is reset(0).
  • JC 41F: jumps to offset 041F, if carry flag is set(1).
  • CMP AL, : compares the content of AL with content at offset SI.
  • MOV AH, CL: stores the contents of CL in AH.
  • array in emu8086

  • XOR CH, CH: stores the result of logical operation XOR b/w CH and CH in CH.
  • MOV CL, : stores the content at offset SI in CL.
  • Number of each iteration of the outer loopĬX - Stores the counter for the outer loop 42F HLT End of program.Įxplanation – Registers AH, AL, BX, CX, DL, SI, DI are used for general purpose: AL - Stored the smallest numberĪH - Stores the counter for the inner loop Offset Mnemonics Comment 400 MOV DI, 501 DI 428 XCHG DL, DL 42A INC DI DI < – DI+0001 42B MOV SI, DI SI < – DI 42D LOOP 40C CX < – CX-0001 If Zero Flag = 0, goto offset 40C.
  • Keep repeating the process till all elements are traversed.
  • Swap the smallest number from the first element of the array.
  • We first find the smallest number in the array.
  • Difference between Von Neumann and Harvard Architecture.
  • Different Types of RAM (Random Access Memory ).
  • Computer Organization | Von Neumann architecture.
  • Computer Organization | Basic Computer Instructions.
  • Memory Segmentation in 8086 Microprocessor.
  • Addressing modes in 8086 microprocessor.
  • Advantages and disadvantages of Computer.
  • LEA SI,ARR MOV AL,ARRSI MOV MIN,AL MOV MAX,AL.

    #ARRAY IN EMU8086 CODE#

    CODE SEGMENT ASSUME DS:DATA CS:CODE START: MOV AX,DATA MOV DS,AX. DATA SEGMENT ARR DB 5,3,7,1,9,2,6,8,4 LEN DW -ARR MIN DB MAX DB DATA ENDS.

  • Computer Organization | Booth's Algorithm Develop and execute an assembly language program to read an array of numbers and find the minimal and maximal elements.
  • Memory Hierarchy Design and its Characteristics.
  • Computer Organization and Architecture | Pipelining | Set 1 (Execution, Stages and Throughput).
  • Logical and Physical Address in Operating System.
  • Addressing modes in 8085 microprocessor.
  • Computer Organization | Instruction Formats (Zero, One, Two and Three Address Instruction).
  • IEEE Standard 754 Floating Point Numbers.
  • #ARRAY IN EMU8086 SOFTWARE#

    Difference between Hardware and Software.Random Access Memory (RAM) and Read Only Memory (ROM).Program for Binary To Decimal Conversion.Program for Decimal to Binary Conversion.ISRO CS Syllabus for Scientist/Engineer Exam.ISRO CS Original Papers and Official Keys.GATE CS Original Papers and Official Keys.










    Array in emu8086